Sukhgewanpreet Singh

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About

Sukhgewanpreet Singh is a leading figure in the intersection of ethorobotics and behavioral neuroscience, with a primary focus on understanding social behavior in zebrafish. His most influential work, "Zebrafish response to a robotic replica in three dimensions" (2016, 47 citations), pioneered the use of robotic stimuli to study fish social interactions, overcoming the variability inherent in live animal models. By designing a three-dimensional robotic replica that elicits consistent, quantifiable responses, Singh provided a groundbreaking tool for investigating collective behavior and sensory processing in this key model organism. This contribution has been instrumental in advancing experimental protocols for zebrafish, allowing researchers to isolate specific behavioral cues without the confounding factors of fatigue or circadian rhythms in live stimuli. Singh’s work bridges robotics and biology, offering a replicable, high-throughput method for probing the neural underpinnings of sociality. His innovative approach has garnered attention across disciplines, cementing his role as a pioneer in using biomimetic robots to unravel the complexities of animal behavior.